- Logic and control
Logic and control HYLE Rover Software
Within the HYLE Rover system, software is the logical interface that defines human-machine interaction. It turns telemetry into structured data, enables real-time tracking and optimises operational workflow management.
The dashboard works in synergy with the platform, ensuring continuity between hardware, firmware and application logic.
A highly readable operational solution, designed to enhance day-to-day management and support more complex integration projects.
- Proprietary dashboard for management and supervision
- Continuous platform monitoring
- Access from PCs and mobile devices
- Full compatibility with advanced IT architectures
Continuous supervision of activities, with immediate updates on the rover’s operating status.
Direct management of operations to control machine behaviour in every use scenario.
Immediate display of the rover’s coordinates and working conditions for complete situational awareness.
Continuous analysis of key parameters: battery status, temperatures and main hardware indicators.
Remote supervision protocols maintain operational efficiency without requiring on-site intervention.
Access to telemetry streams and control functions through a dedicated programming interface.
- Mobile ready
Unrestricted Supervision from PC and Mobile
The HYLE Rover software interface can be accessed from PCs and mobile devices via a web dashboard or a dedicated iOS and Android app
This flexibility removes dependence on fixed workstations, adapting control to different operational roles and ensuring continuity between data analysis and field management of the rover.
- Open architecture
Software Integration and Open Architecture
The HYLE Rover software architecture supports robotic middleware such as ROS 2, enabling immediate integration with third-party hardware and software environments. An open structure designed for the bidirectional exchange of data, commands and complex process logic.
Proprietary development APIs and dedicated libraries provide system integrators and technical teams with the tools needed to connect the rover to existing automation, bespoke infrastructure or proprietary software environments. No closed ecosystem: the machine adapts to the infrastructure, not the other way around.
This enables the platform to be incorporated into more advanced robotic architectures and control workflows based on middleware widely adopted in engineering and research.
The software can communicate with external hardware components and software environments when the project requires the exchange of data, commands or shared operational logic.
These provide dedicated tools for customising integration and simplifying the connection of the rover to external applications, interfaces or automation systems.
The open architecture makes the platform more suitable for projects developed with system integrators, technical teams or partners who need to build bespoke solutions.
Operational Continuity Between
Software and Platform
HYLE Rover software is not an isolated module, but the logical extension of the machine. Designed to eliminate unnecessary complexity, it translates the rover’s physical behaviour into actionable data, making coordination with higher-level control systems easier.
The value of the solution lies in the coherent integration of mechanics, the working environment and the required level of automation. A platform designed to be controlled, monitored and incorporated into the operational workflow with precision and design consistency.
Project Assessment
Developing an autonomous platform requires an industrial perspective and multidisciplinary expertise. If your project requires extreme modularity and adaptability, the HYLE Rover approach provides bespoke solutions for complex configurations and specific operational scenarios.
You can optimise the workflow according to your objectives: from reviewing the range and validating the software to defining bespoke architectures in direct consultation with the technical team.
- Frequently asked questions
The software is developed specifically for HYLE Rover platforms, ensuring complete control, supervision and native system integration.
The system can be accessed via a web dashboard from PCs and mobile devices. A dedicated app is also available for iOS and Android.
Yes. The architecture is open and compatible with ROS 2, proprietary APIs and third-party systems.
Monitoring includes mission tracking, GPS position, battery status, real-time telemetry and advanced diagnostics.
